Scenario generation and receiver testing

Scenario generation and receiver testing

Coexistence of radars and telecommunications services

Coexistence of radars and telecommunications services

Mix and generate realistic radar signals together with I/Q modulated signals such as LTE signals.

Realistic static or moving radar emitters

Realistic static or moving radar emitters

The R&S®Pulse Sequencer software defines static or moving emitters in a 3D scenario.

Simulation of angle of arrival (AoA)

Simulation of angle of arrival (AoA)

Simulate the AoA in the lab to verify direction finding performance of radar warning receivers.

Multiple emitter scenario generation

Multiple emitter scenario generation

The R&S®Pulse Sequencer software creates complex multiple emitter scenarios.

Bring real-world emitter scenarios to your lab

Modern radar architectures are designed to perform multifunctional tasks with complex waveforms, high frequency agility and the utilization of electronically steered phased antenna arrays. Radar systems need to be robust and operate reliably even in the most complex theater scenarios with various sources of interference and multiple emitters. Test and measurement solutions from Rohde & Schwarz provide the means to address modern radar design challenges with fully deterministic, complex and repeatable test cases that make testing fast, reliable and cost-effective.

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Cutting-edge radar simulation and testing - Introducing the ¸Pulse Sequencer software

Cutting-edge radar simulation and testing

Introducing the R&S®Pulse Sequencer software

Webinar simulating radar signals for meaningful radar warning receiver tests

Webinar: Simulating radar signals for meaningful radar warning receiver tests

Testing state-of-the art radar warning equipment with adequate RF and microwave signals is a challenging task for radar engineers. Generating test signals in a lab that are similar to a real-life RF environment is considered a supreme discipline when evaluating advanced radars.

Webinar: on demand
Duration: 60 minutes

Who should attend?
Design and development engineers, RF engineers, technology specialists, laboratory managers and supervisors, professionals involved in Electronic Warfare technology development and production.

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White paper: Simulation of angle of arrival (AoA)

Are you interested in simulating the angle of arrival in the lab that are phase-coherent and time-synchronized? Register and get your free white paper.

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Get your free spectrum allocation poster

Want to know more about your spectrum and specific radar related characteristics? Sign up and receive your free poster.

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White paper: Improving T/R module test accuracy and throughput

Testing state-of-the-art radar warning equipment with adequate RF and microwave signals is your challenge? Register and get your free white paper.

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Related applications

Effortless testing of direction finding devices – amplitude based

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Multichannel coherent signal generation

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Generating multiple phase coherent signals – aligned in phase and time

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Multi-channel signal generation applications with R&S®SMW200A

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Simplify pulse and emitter generation for radar testing

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Generating narrow pulses with highest level accuracy and repeatability with the R&S®SMA100B

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Import and replay of pulse descriptor words made easy

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Pulse descriptor word streaming with the R&S®SMW200A

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Cutting edge radar simulation and testing

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Coexistence test of LTE and radar systems

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Calibrate your weather radar receivers using the R&S®SMB100A

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Import and replay of Pulse Descriptor Words (PDW)

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Countering interference from LTE and WiMAX signals

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Application videos - Radar simulation

Cutting-edge radar signal simulation in the lab
Cutting-edge radar signal simulation in the lab

Testing radar warning equipment in realistic scenarios is crucial to their reliable performance in the field.

Simulating moving emitters
Simulating moving emitters

Simulating moving radar emitters is important in most test cases.

Simulating multiple emitters
Simulating multiple emitters

In operational situations, many emitter signals are present at the same time, and pulse-on-pulse situations can easily occur.

Simulating Angle of Arrival
Simulating Angle of Arrival

Airborne, naval or land based platforms must have direction finding capability.

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Powerful emitter scenario generation for radar warning receiver tests

Read our latest article on the challenges of simulating complex scenarios in order to put modern radar warning receiver to the test.

Radar / EW testing solutions

Radar / EW testing

From Multifunctional Radar Systems to advanced Radar Warning Receiver designs and next generation EW.

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Multifunctional radar system testing

Master complexity, agility and latest advancements in technology with Rohde & Schwarz measurement solutions and unlock the performance of your multifunctional radar design with real-world simulation scenarios in your lab.

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Drone detection radar test

With the dramatically rising numbers of small UAV in in lower airspace, radar design have to adopt to the new task of monitoring and detection. R&S test and measurement solution provide the means to reliably validate the system performance of these new designs.

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Jammer testing

As Digital Radio Frequency Memory (DRFM) is at the heart of every next generation smart jammer design, learn about R&S test and measurement solutions to validate the performance from component to system level.

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Radar / EW component testing

When optimizing the performance of latest RADAR and EW system designs, make sure you get the most out of processing speeds, power consumption and RF performance.

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AESA & antenna testing

Latest technology trends such as GaN and digital RF front ends are the driving the development of Active Electronically Scanned Arrays (AESA). Maximise the performance of antenna designs with the highest precision instruments and complex electromagnetic environment simulations.

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Avionics testing

From precise GNSS signal verification to integrated terrestric guidance test.

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Satellite testing

From High-Throughput Satellite (HTS) design to mass production of Low Earth Orbit (LEO) constellations.

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